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Exotic Trans-Desert River Verified Hydrographic Data Last reviewed: Oct 20, 2026

Nile River

Alternative / Indigenous / Local Names: Nahr an-Nīl, White Nile, Blue Nile

Historically recognized as the longest river in the world, traversing eleven countries from equatorial Africa to the Mediterranean Sea.

Official Cartographic Map: Nile River fluvial drainage basin and topographic course
Nile River • Official Fluvial System Verified Geographic Profile

Verified Geographic & Hydrological Profile

ID: RVR-0002
Official Length
6,650 km (4,132 miles)
Drainage Basin
Nile Basin (3,254,555 km²)
Average Discharge
2,830 m³/s (99,941 cu ft/s)
Source / Headwaters
Lake Victoria outlet / Ruvyironza River (Burundi/Uganda) (Elevation: 1,134 m / 3,720 ft)
Coords: -0.4167°, 33.1667°
Mouth / Outflow
Mediterranean Sea (Damietta & Rosetta, Egypt)
Coords: 31.4667°, 31.8333°
Cartographic Visualization

Interactive River Course Map

Full Map Details →
S Source M Mouth Mainstem Vector
Attribution: OpenStreetMap • Data: Natural Earth Vector Hydrography & USGS

Geographical Overview & Course

Flowing northward through the hyper-arid Sahara desert, the Nile River is the fundamental life support system of northeastern Africa. Comprising two primary branches—the White Nile originating in the equatorial Lake Victoria region, and the Blue Nile originating in Lake Tana in the Ethiopian Highlands—the Nile discharges into the Mediterranean Sea through a renowned classic delta.
Measurement Discrepancies & Scientific Uncertainty

The accepted length of 6,650 km measures from the furthest headstream of the Kagera River in Burundi. Alternative measurements starting strictly at Lake Victoria's Jinja outlet yield approximately 5,600 km.

Ecological & Environmental Significance

Contains vital wetlands such as the Sudd in South Sudan, one of the world's largest freshwater swamps, supporting extensive migratory bird flyways and Nile crocodiles.

Economic Importance, Navigation & Human Settlement

Supplies 95% of Egypt's municipal and agricultural water. The Aswan High Dam generates significant hydroelectric power and regulates agricultural flood cycles.

Sources, Citations & Cartographic Methodology

  1. HydroSHEDS / HydroRIVERS Global River Database — Lehner, B. and Grill, G. (WWF & McGill University) (2019) • Access Source

Platform Administration & Editorial

Ammy Saini
Published by Admin
Ammy Saini

Founder & Platform Administrator

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